S.11-73

OFFICE OF

THE

,

\SSOCLATE

V

I

CE-

PRE

SIDENT,

l

\C

,

\DE

iv

II

C

/

\ND

,

ISSOCI

,

ITE PROVOST

MEMORANDUM

ATTENTION

FROM

RE:

8888 University

Drive,

Burnab

y,

Be

TEL:

778.782.4636

F'

/

IX

,

778

.

782.5876

Canada VSA

I

S6

Sena

t

e

Bill Krane,

C

hair

Sena

t

e Committee on U

lld

crgr

adu:l

te

Srudies

Faculty

of Sc

i

ence

(SeUS

-

11

-23)

om

PAGES

For infonnation

:

:l\

'

IKio@sfu.Cl

www.sf

u

.ca/vpacadcmic

AprilS,20

11

1/2

1

\cung

un

der

delegated authority at

it

s

meeting

of

J

\pril

7.201

1

, SCUS

approved the fo

ll

ow

in

g

curriculum

revisions

effective

S

pring

2012:

I.

DcpaftmCtH

of

Biomedica

l

Physiology and

K.i

n

es

i

o

l

ogy

(Se

llS 11

-23

:1)

(a) Ch

ang

es to

t.he

Ki

nesi

o

lo

gy !"

f

inm

0')

Changes

t.o the Professional

Sc

h

oo

l

Tmnsfer

for

Kinesi

o

log

y

t-.Jajor

(c) Changes

to the Professional

School

Tran

sfer

for Biomedical Physiology Major

(

d) Changes to the Biomedical Physiolog

y

Honors

Pro

gram

(e)

Prerequisite.

ch:mgcs

t

o K

I

N

496

(f)

Pr

e.rcc

]ui

s

ir

e changes to

K

I

N

498

2.

Depamncl1t

of

Chemistry

(SCUS 11-23b)

(a) New Course

Proposals:

C

I

-

I

EM

283-3,

Organic

C

h

emistry

Ill,

C

H

Etv

1

266-2,

Ph

ys

ica

l

C

h

em

i

sfl),

Laboratory I

Cf-IEiv[

330-4, Chemistry of t

h

e !\'iain-Group Elements

CI

-

iEl\

'

i

363-3, Chemica

l

KiJletics

an

d

RC:lction Dynamics

(b) Ch:lngcs

[0

the

Chem

i

sll), IV

iaj

or

(c) Ch:mges

ro

the

C

h

e

mi

stry

HOll

oms

<d)

Title

,

de

scription and

prere(juisite ch:lnge for

CHEtv

l

366

(c)

Title

,

md

description change for

CHElv

l

367

(f)

C

h:ln

ges

t

n

the

Ph

ysics

requiremellt

for

the

Chemistry

Major

3

.

Dcp:ltttnellt

of

E:lrth

Sciences (SCUS

11-23c)

(:1) C

han

ges to

the Ei\SC!\hjor Program

(b) Pref(

!

(

1

uisitc

ch:1ngc.s

t

o EASC 204, 205, 207, 305, 314

and 302.

$

I

!o."ON

I

'

R,\SEil

UN

I

VE

R

S

I

TY

THINKING Of lHE WORLD

---

...

.

D

e

p:Jrtm

e

nl

o

f

t>.

1

:Hhelll:Jtic

s

(Sc

es

11

-

23

d

)

(

:I

)

Prer

eq

ui

s

ite

c

h

:

lIl

gcs

t

o

~

"A

T

I

-

I

-

t-t

S

Q)

C

han

ges

t

o

the

A

p

pli

e

d

t-.

1

:llilclll:n.ic

s

i\

l

ajor and

Hon

o

ur

s

Pr

og

r

:

lI

11

(to:)

,

\d

di

t

i

o

n

o

f

tv

l

:

\

C

M

201

1'

0

t

h

e

I

.owe

r

Di

v

i

s

i

o

n R

e

quir

e

me

nt

s

for

I

he M

,

\

Ci\

,

I.J

n

i

ll

t i\

b

j

or

:l1ld

J

o

int

H

o

n

o

ur

s

Pro

gra

m

5.

Dep

:

trllllcllt

of t>.

l

olcc

ubr B

i

o

l

ogy

and

Bi

oche

m

is

tr

y

(SC

US

1

1

-23e)

(

a

)

P

r

e

r

e

qui

s

it

e c

han

ges

1

0

i\

II3B

2

4

2

(

b

)

C

han

ges 10

th

e i\

IBB

i\

bjor

6.

Dep:lrtmellf

o

f

Ph

ysics

(SC

US

11

-

2

31)

(

a

)

C

h

:l

n

ge

[0

t

h

e

Biologic:l

1

Ph

ys

ic

s

H

o

n

o

ur

s

P

r

ogr:

ull

7.

D

e

partm

e

nt

ofS

raci

s

l

i

cs

ami !\clllari:ll

Sc

i

e

n

ce

(SCUS

11

-

23g)

(:I)

New Co

ur

s

e

Pr

o

p

osa

l

:

S

T

A

T

305

-

3,

I

llfrodu

c

ci

o

ll

1

0

Hi

os

lali

s

ti

c

:

tI

i\

lc.:th

o

d

s

f

or

J-i

c:l

lr

h

Sc

i

ences

Se

n

a

t

o

r

s w

i

s

hin

g [0

co

n

s

ul!

a

m

o

r

e

d

er

ail

ed

r

e

p

o

r!

o

f

c

ur

r

i

cu

lum

r

evis

i

o

n

s may do so

o

n th

e

\V

c

b

a

t

http

://www.sf

u

.ca/sen.ue/Se

n

atcagenda.htm

l

f

o

ll

o

w

i

n

g

th

e

p

os

t

ing

o

f th

e age

nda

.

If

yo

u

a

r

c

un

a

bl

e

t

o access

th

e

in

ro

r

m

ati

o

n

,

pl

ease ca

ll

778

-

782

-

3

16

8 o

r

emai

l

s

helleygair

@s

ru

.ca

.

2

---

TO

:

Bill Krane

.

Chair, SCUS

RE:

Fa

cul

ty

of

Science

Undergraduate

Curric

ulum

Ilems

FROM

:

Ro

ll

Mathewes, Associa

t

e

De

an

Faculty

of Science

DATE

:

March

29, 2011

SCUS

1

1-23

Th

e

Fllcuhy of Science hns :lpprovcd the

following.

which

mu

s

t

now be

con

s

idered by

SCUS

.

Please

pln

cc

t

hese

item

s

on

l

he agenda of

th

e

n

C1(( SCUS

meeting

.

I.

Ri

o

medicn

\

P

h

ysiology

&

Kinesio

l

ogy

fl)

C

h

nnges

to the K

I

N minor

b) Cha

n

ges

to the Professional School Tran

s

fer. K

I

N

Major

c) Changes 10

lhe Profe

s

siona

l

School Trnnsfcr

-

B

I

F Major

d)

C

h

:

m

ges

\0

the Biomedical

Phy

siology

H

onors

Program

e)

KIN 496

-

cha

n

ge in

p

r

CrC(

l

uisilC

I)

KIN

498 - change

in

prerequ

i

s

it

e

g) Changes \0

admi

s

sion

to the K

I

N

M;tior

h) Change

s

10 adm

i

ss

ion

\0

I

he

K

I

N

Min

o

r

i

)

Change

s

t

o

adm

iss

ion

\0

the

BIF Maj

o

r

j

)

Change

s

1

0

admi

ss

i

on

10

Ihe

B

I F

Minor

2.

C

h

c

11IL

'I"

l

ry

a) C

HE

M 283

.

3, C

HEM

266-2, C

H

EM

330

-

4, C

H

EM

3

63

-

3 New

c

o

u

rse

s

b) C

h

a

n

ges

to the

Chemistry

Major

c)

C

h

anges to

the

Chemistry

H

o

n

ours

d)

CHEM

366W

-

3

&

C

I

'

I

EM

367-2 - chang

e

nf

n

ame ,md

p

rereC

lui

s

ite

e

)

Chang

e

to

t

he Phy

s

ic

s

requiremelll

for the

C

hcmiSIT

y

Major

J. Ear

th

Sciences

C

han

ges

10 the EASC Major

P

rogram

EASC

204-3,

EASe

2

0

5-3,

EAse

207-3. EAse 3

0

5-3.

EAse

3

1

4,

EASC

302

-

3

4.

Malhelllutics

n)

MAT

H

448.3

-

c

han

ge o

f

prerequisites

b)

C

han

ge

to Ihe

Ap

p

li

e

d Malhem:nies Major and

H

onours

Pro

g

ram

S.

Molec:u

l

ar

Biolo

gy

&

Dlodlcmi

s

lry

a)

MBB

242

-

prerequ

i

s

it

e cha

n

ge

b)

Cha

n

ges

10

the

MBa

Major

6.

Physics

Change

to Ihe

Biologica

l

P

hy

s

ics

Honours

P

rogram

7

.

Sta

l

is

l

ics

&

ACl

u

arin

!

S

ci

e

nc

e

STA

T

305-3 - New course

Enclosure

c

.

J

.

Hin

c

hliff

e, C

.

C

uppl

e

s

---

seus 11-23a

Summary ofBPK Motions for FSUCC - March 18,2011- Ryan Dill

Please see attachments for details of calendar changes.

1. Kinesiology Minor

Motion:

add Kin 30S and 306 to 'and four or list of required options for

Kinesiology

Minor.

Rationale: Several students currently take these courses for professional school

and would like to count them towards their minor

2. Professional School Transfer Requirements for Kinesiology Major

a. Motion:

Change upper division requirements for Professional transfer,

removing Kin

340, 301 and 407 from list.

b. Motion: Add optometry to list of professional schools.

Rationale: Kin 340 is removed, as it is not required in both majors. Kin 3011407

(lab requirement) is removed, as students often can not take these until their

final

semester. Optometry added as it is listed in the Faculty of Science guidelines. We

require a separate process fonn the faculty of science as the first year of many

professional schools involves

courses that are in oW' program (anatomy and

physiology).

3. Professional School Transfer Requirements for Biomedical Physiology Major

a. Motion: Add the following section to the Biomedical physiology Major

Program.

Professional

School

Transfer

Students are eligible to receive a bachelor of science (BSc) degree after

completion of the second year of professional study and have completed at least

90 units of Simon Fraser University credit comprising the following.

- all lower division requirements

-

27 upper division units in biomedical physiology and kinesiology (including -

KIN 304W, 305, 306, and 326)

- acceptance into an accredited professional program in dentistry, medicine,

optometry,

chiropractic, or veterinary medicine

Professional program courses must not duplicate those already completed at

Simon Fraser University and must be acceptable for transfer credit to the

University. Candidates apply for transfer credit and for receipt of the degree

through

Student

Services.

Rationale:

This section should be included in this major and be the same as just

revised

for the Kin Major.

---

4. Biomedical Physiology Honors Degree

a. Motion :

Remove the statement" at least

S4

of the 61 must be in biomedical

physiology and kinesiology comses." from the first paragraph as the degree

requires several upper division MBB and BISC comses.

b. Motion: Remove statement "only one of these comses may count toward the

requirement

of27

upper

division

elective

biomedical

physiology

and

kinesiology

units." from the last paragraph refening to directed studies comses.

Rationale:

As

some students move into honors after taking both directed studies

comses, we would like to allow our students to be able to count both directed

studies

courses

towards

their

honors

degree.

s. Change of course prerequisite for Kin 496 - Directed Studies I

Motion:

Remove the statement "Honoms students may count only one of either

KIN 496 or KIN 498 towards their 27 upper division Kinesiology elective units."

From the comse prerequisite of Kin 496.

Rationale: As some students move into honors after taking both directed studies

. courses, we would like to allow our students to be able to count both directed

studies courses towards their honors degree.

6. Change of course prerequisite for Kin 498 - Directed Studies n

Motion: Remove the statement "Honoms students may count only one of either

KIN 496 or KIN 498 towards their 27 upper division Kinesiology elective units."

From the comse prerequisite of Kin 498.

Rationale:

As

some students move into honors after taking both directed studies

courses, we would like to allow our students to be able to count both directed

studies comses towards their honors degree.

7. Admissions Process for Kinesiology Major

a. Motion: Remove post secondary transfer, option 2, from list of possible entry

b. Motion: Change

three

to two in second sentence of Admission Requirements.

c. Motion: Remove following sentence from Admission Requirements to align with

other programs in Faculty of Science

If

one or more courses have been duplicated (repeated). the grades from all course

attempts will be used equally to calculate the kinesiology admission OP

A.

d. Motion: Remove 'and Direct transfer, Post Secondary Institutions' from Direct

Admission

Title

and

description

e. Motion: Add the following paragraph and title after Direct Admission

Post-Secondary

Transfer

---

Students transferring to Simon Fraser University for the Kinesiology major will first

transfer into the Faculty

of Science as an 'intended major'. Students may then apply

for admission through the internal transfer process outlined below.

f. Motion: Change ten to nine

in

second sentence of paragraph three of internal

transfer.

g. Motion: Change four to nine in last sentence of paragraph three of internal

transfer.

h. Motion: Add the following sentence to end of paragraph three of internal

transfer.

All courses completed towards the program will be included in the application

process.

i.

Motion: Change the dates in the Application Procedure to June, October and

February.

.

8. Admissions Process for Kinesiology Minor

a. Motion: Change three to four in first sentence of paragraph one.

b. Motion: Add the following sentence

to

the end of paragraph one.

At least one

of the four courses must be KIN lOS or KIN 142.

c. Motion: Change three

to

four in first sentence of paragraph two.

d. Motion: Remove the following sentence from paragraph two.

If one or more have been duplicated (repeated), grades from all course attempts will

be used equally to calculate kinesiology's admission GPA.

e. Motion: Add the following sentence to the end of paragraph two.

All courses completed towards the program will be included

in

the application

process.

f. Motion: Add the following paragraph and title.

Aprl

ication Procedure

Students should complete a program approval form available at the Biomedical

Physiology and Kinesiology general office and submit it to the academic advisor

by

June 1 for fall term approval, October 1 for spring term approval, or February 1 for

summer term approval.

---

9. AdmissioDs Process for Biomedical Physiology Major

a. Motion: In prerequisite course grades. change kinesiology to biomedical

physiology,

and

remove

'(including

concentrations).

b. Motion: Remove post secondary transfer, option

2

c. Motion: Change three to two in second sentence of Admission Requirements.

d. Motion: Remove following sentence from Admission Requirements

If

one or more courses have been duplicated (repeated). the grades from all course

attempts

will be used equally to calculate the kinesiology admission GPA.

e. Motion: Remove 'and Direct transfer, Post Secondary Institutions. from

Direct

Admission Title and description

f. Motion: Add the following paragraph and title after Direct Admission

Post-Secondary

Transfer

Students transferring to

Simon Fraser University for the Biomedical Physiology

major

will

first

transfer into the Faculty of Science

as

an 'intended major'. Students

may then apply for admission through the internal transfer process outlined below.

g. Motion: Remove Kin 207 - no longer

in

program

h. Motion: Add BISC 102 to secondary list

i.

Motion: Change four to ten in last sentence of paragraph three of internal

transfer.

j. Motion: Add the following sentence to end of paragraph three of internal

transfer.

All

courses completed towards the program will be included in the application

process.

k.

Motion : Change the dates in the Application Procedure to June. October and

February.

10. Admissions Process for Biomedical Physiology Minor

a. Motion: Add the following title and paragraph above admission requirements

Prerequisite

Course

Grade

Students enrolling in kinesiology courses must have a grade of C- or better in

prerequisite courses. Students enrolled in the biomedical physiology minor must have

grade of C- or better in all required courses.

h. Motion: Remove everything directly under the heading Admission

Requirements, as these statements only apply

to majors.

---

c. Motion: Remove title internal transfer.

d. Motion: Remove Kin 142, Kin 201, Kin 207, and STAT 201 as they are not in

the

minor

program.

e. Motion: Add DISC 102 to secondary list as it is in minor program

f. Motion: Change five to four in paragraph two.

g. Motion: Change ten to eight

in

second sentence of paragraph three.

h. Motion: Change four to eight

in

last sentence of paragraph three.

i.

Motion: Add the following sentence to end of paragraph three.

All courses completed towards the program will

be

included in the application

process.

j.

Motion: Change the dates in the application procedures to June, October and

February.

---

Motion: Add Kin 305 and Kin 306 to 'and four of' list

of requirement options for Kinesiology Minor

Rationale: Several students currently take these

courses

for professional school and would like to count

them towards their minor.

KIN

MINOR

FROM:

Program Requirements

the following have been completed, with a minimum grade of C-in each

course. At that point, applicants can submit a program approval form to the

undergraduate advisor.

Students complete

KIN 142-3 Introduction to Kinesiology

and one

of

KIN 105-3 Fundamentals of Human Structure and Function

KIN 205-3 Introduction to Human Physiology

KIN 208-3 Introduction to Physiological Systems

and three of the following, one of which must be a 200 division course

KIN 110-3 Human Nutrition: Current Issues

KIN 111-3 Food and Food Safety

KIN 140-3 Contemporary Health Issues

KIN 143-3 Exercise: Health and Performance

KIN 180W-3 Introduction to Ergonomics

KIN 201-3 Biomechanics

. KIN 207-3 Human Motor Systems

KIN 212-3 Food and Society

KIN 241-3

Sports Injuries - Prevention and Rehabilitation

and one of

KIN 325-3 Basic Human Anatomy

KIN 342-3 Active Health

and four

of

---

KIN

303-3

Kinanthropometry

KIN

310-3

ExerciseIWork Physiology

KIN

311-3

Applied Human Nutrition

KIN

312-3

Nutrition for Fitness and Sport

KIN

325-3

Basic Human Anatomy.

KIN

342-3

Active Health.

KIN

367-3

Psychology of Motor Skill Acquisition

KIN

375-3

Human Growth and Development

KIN

380-3

Occupational Biomechanics

KIN

381-3

Psychology of Work

KIN

382-3

Workplace Health

KIN

420-3

Selected Topics I

KIN

421-3

Selected Topics II

KIN

422-3

Selected Topics

11\

KIN

423-3

Selected Topics IV

KIN

431-3

Environmental Carcinogenesis

KIN

461-3

Physiological Aspects of Aging

KIN

488-3

Ergonomics Laboratory

*if not already counted toward this program

KIN MINOR

TO:

Program Requirements

the following have been completed, with a minimum grade of C-in each

course. At that point, applicants can submit a program approval form to the

undergraduate

advisor.

Students

complete

KIN

142-3

Introduction to Kinesiology

and one of

KIN 105-3 Fundamentals of Human Structure and Function

KIN 205-3 Introduction to Human Physiology

KIN

208-3

Introduction to Physiological Systems

and three of the following, one of which must be a 200 division course

KIN

110-3

Human Nl:Jtrition: Current Issues

---

KIN 111-3 Food and Food Safety

KIN 140-3

Contemporary Health Issues

KIN

143-3 Exercise: Health and Performance

KIN 180W-3 Introduction to Ergonomics

KIN 201-3 Biomechanics

KIN 207-3 Human Motor Systems

KIN

212-3 Food and Society

KIN

241-3 Sports Injuries - Prevention and Rehabilitation

and one

of

KIN 325-3 Basic Human Anatomy

KIN 342-3 Active Health

and four

of

KIN 303-3 Kinanthropometry

KIN 305-3 Human Phvsiology I

KIN 306.3 Human Phvsiology II (Principles

of

PhYsiological

Regulation)

KIN 310-3 Exercise/Work Physiology

KIN 311-3 Applied Human Nutrition

KIN 312-3 Nutrition for Fitness and Sport

KIN

325-3 Basic Human Anatomy.

KIN 342-3 Active Health*

KIN 367-3 Psychology of Motor Skill Acquisition

KIN 375-3 Human Growth and Development

KIN 380-3 Occupational Biomechanics

KIN 381-3 Psychology of Work

KIN 382-3 Workplace Health

KIN 420-3 Selected Topics I

KIN

421-3 Selected Topics

1\

KIN 422-3 Selected Topics 11\

KIN 423-3 Selected Topics IV

KIN

431-3 Environmental Carcinogenesis

KIN 461-3 PhYSiological Aspects of Aging

KIN 488-3 Ergonomics Laboratory

*if not already counted toward this program

Rationale:

---

Students in the minor program have asked for these courses to count

towards their degree for professional

schools.

---

Motion: Modifications to Professional School Transfer Requirements for the

Kinesiology

Majors.

a. Change upper division requirements, removing 340, 301 and 407 .

b.

Add optometry to list of professional schools.

FROM:

BPK

Professional

School

Transfer

Students are eligible to receive a bachelor of science (SSc) degree after

completion of

the second year of professional study and have completed at least

90 units of Simon Fraser University credit comprising the following.

w all lower division requirements

-

27 upper division units in biomedical physiology and kinesiology (including -

KIN 304. 305. 306. 326.

340 and either 301 or 407)

w

acceptance into an accredited professional program in dentistry. medicine,

chiropractic. or veterinary medicine

Professional program courses

must not duplicate those already completed at

Simon Fraser University and must be acceptable for transfer credit to the

University. Candidates apply for transfer credit and for receipt of the degree

through

Student

Services.

TO:

Professional

School

Transfer

Students are eligible to receive a bachelor of science (SSc) degree after

completion of the second year of professional study and have completed at least

90 units of Simon Fraser University credit compriSing the following.

-

all lower division requirements

-

27 upper division units in biomedical physiology and kinesiology (including -

KIN 304W, 305, 306, and 326)

- acceptance into an accredited professional program in dentistry, medicine,

optometry.

chiropractic, or veterinary medicine

Professional program courses must not duplicate those already completed at

Simon Fraser University and must be acceptable for transfer credit to the

University. Candidates apply for transfer credit

and for receipt of the degree

through

Student

Services.

---

Rationale:

1. We will still require two years before granting transfer. as there is significant

overlap between our programs and the first year of most professional school

programs. Kin 340 is removed, as

it

is not required In the BIF major. Kin

3011

407 (lab requirement) is removed, as students often can not take these until their

final

semester.

2. Optometry added as It is listed in the Faculty of Science guidelines.

For Reference the following is used in the Faculty of Science

Current calendar:

Faculty of Science

Transfer

Credit and Bachelor of Science Degrees for Students Who

Successfully Complete First Year Medical Science Professional Training

Students who complete at least 90 units in a science degree program and are

accepted into an accredited professional program in medicine, dentistry,

optometry or veterinary medicine are eligible for a Simon Fraser University

bachelor of science degree after

successful completion of the first professional

study year. To be acceptable, courses completed In the professional program

must not duplicate those already completed at Simon Fraser University and must

be

acceptable for transfer credit in a major or honours program. Candidates must

apply for transfer credit and a bachelor's degree through Simon Fraser

University. Since official transcripts of the work completed in the first year of the

professional program are required for transfer credit. application for graduation

should be delayed until the summer term following the completion of

requirements.

---

Motion : Add Professional School Transfer Requirements to the Biomedical

Physiology

Major

Program

TO:

Professional

School

Transfer

Students are eligible to receive a bachelor of science (BSc) degree after

completion of the second year of professional study

and have completed at least

90 units of Simon Fraser University credit comprising the following.

- all lower division requirements

- 27

upper division units in biomedical physiology and kinesiology (including -

KIN 304W, 305, 306,326)

- acceptance into an accredited profeSSional program in dentistry. medicine.

optometry,

chiropractic, or veterinary medicine

Professional program courses

must not duplicate those already completed at

Simon Fraser University and must be acceptable for transfer credit to the

University. Candidates apply for transfer credit and for receipt of the degree

through

Student

Services.

Rationale:

1.

This

section should

be

included

in

this major, and be the same as just revised for the

Kinesiology

Major.

For Reference the following is used in the Faculty of Science

Current Calendar:

Faculty

of Science

Transfer Credit and Bachelor of Science Degrees for Students Who

Successfully Complete First Year Medical Science Professional Training

Students who complete at least 90 units in a science degree program and are

accepted Into an accredited professional program in medicine. dentistry,

optometry

or veterinary medicine are eligible for a Simon Fraser University

bachelor of

science degree after successful completion of the first professional

study year. To be acceptable. courses completed in the professional program

must not

duplicate those already completed at Simon Fraser University and must

be acceptable for transfer credit in a major or honours program. Candidates must

apply for transfer credit

and a bachelor's degree through Simon Fraser

---

University. Since official transcripts of the work completed in the first year of the

professional program are required for transfer credit, application for graduation

should be, delayed until the summer term following the completion of

requirements.

---

Biomedical Physiology Honors Degree

a.

Motion: Rem

ov

e

s

tatem

e

nt

"

At

least

5

4

of the

61

mu

s

t

be

in

bi

o

medical physiology

a

nd kine

s

iology

co

ur

s

e

s.

"

from th

e f

ir

st

paragraph a

s

the

degr

ee

requires

se

ve

ral

upper

di

v

i

s

i

o

n

MBB and

B

I

SC course

s

.

b.

Motio

n

:

R

e

m

ov

e

s

tatem

e

nt

"

o

nly

o

n

e

o

f th

es

e

c

our

s

e

s

m

ay count

toward

th

e

reguirement

o

f

27

upper di

v

i

s

i

o

n

e

l

ec

tive biom

ed

i

c

al

phy

s

iol

o

gy

and kinesiol

o

gy unit

s.

"

Irom Ih

e

last paragraph

referring to

dir

ec

ted

studies courses

.

Rationale:

Biomedical

Physiol

ogy

Honors Program

From

Upper Division

Requlrep1Ull

Students

complete a

minimum

of

61

upper

divIsion

units In

the follOWing

co

ur

ses, each of which m

u

st be

co

mpleted

with a grade

of

C

-

or higher

At

least

54

of

the

61

must

be

in biomedical phvsiology and kinesiology

cour

s

es

.

Students

comp

l

ete all of

K

I

N

304W-3

I

nquiry and Measurement in Kinesiolog

yt

K

I

N

305-3

Human Physiology I

KIN

306-3

Human Physiol

ogy

II

KIN

326-4

Functional

Anatomy

K

I

N

407-3

Human Phys

i

ology

Laborator

y

K

I

N

497-3

Underg

r

aduate

Honours Thesis

Proposal

K

I

N

499-12

Undergraduate

Honours

Th

esis

MBB

321-3

I

ntermed

i

ary

Metabolism

and

one

of

B

I

SC 303

-

3 Microbiology

B

l

se 329-4

Introdu

ction

t

o Experimen

tal

Techniques

B

I

SC

333-3 Deve

l

opmental Biology

B

I

SC

357-3

Gene

C

l

oning

B

I

SC 403-3

Current

T

opics in

Cell

B

i

ology

BISC

405-3

Cell Physiology

---

BISC 431

-

3

Molecular Biotechnology

MBB

308

-3

Molecular

Bio

lo

gy and

Biochemistry

Labo

ratory I

M

BB

309-3

Mol

ec

ular

B

iolog

y and

Biochemistry Labo

r

atory

11

M

BB

322-3 Mo

l

ecu

l

ar Physiology

MBB

323

-

3

I

ntroduction to Phys

i

cal

Biochemistry

MBB

331-3 Molecu

l

a

r

Biology

and seven

of

K

I

N

301

-

3

Biom

echa

ni

cs

Lab

o

rator

y

K

IN

310-3

E

x

erciselW

ork

Physio

l

ogy

K

IN

336

-

3

Mic

roscop

i

c

Anatomy

K

IN

340-3 Act

i

ve

H

ea

lth

:

Behavior a

n

d

Prom

ot

i

on

KIN 402-3

Me

c

hanical

Propert

i

es o

f Ti

ssues

K

I

N

412-3

M

ole

cu

l

ar

a

nd

Cellu

l

ar Cardiology

K

I

N 415-3 Neural

Control

of

Movement

K

I

N

416

-

3

control

of Limb Mechanics

K

I

N

420

-

3

Selected TopiCS I

'

K

I

N

421-3 Selected

T

opics

W

K

I

N

422-3

Selected Topics

IW

K

IN

423-3 Selected TopICS IV

'

K

I

N

426-3

N

euromusc

ular

Anatomy

K

I

N 430-3 Human Energy

Metabolism

K

IN

43

1

-3

En

viron

m

ental Carcinoge

n

esis

K

IN

442-3

Bi

o

medical

Systems

K

t

N 444-3 Cardiac

Di

sease:

Pathophysiology

and Assessm

ent

K

I

N

446

-

3

Neurobiolog

y of

Disease

K

I

N

448-3

Reh

ab

ilit

ation of Movement

Co

n

trol

K

I

N

484-3 Alt

i

tude

a

nd

Aerospace Physiology

K

I

N

496-3

Directed

S

t

udy

I

'

K

IN

498-3

Directed

Study II'

and

three uppe

r

division units from any faculty

tK

I

N

304W

satisfies the

UniverSity

'

s breadth reqUirements o

f

three

upper

division

units

in

writing

'm

ust

be selected topics

co

urs

es in physiology;

onlv one of these

courses

may count toward the requirement

of 27

upper division

elective biomedial phvsio/ogy and kinesiology units

.

---

TO:

Upper Division Requirements

Students complete a minimum of 61 upper division units in the following

courses, each of which must be completed with a grade of C- or higher.

Students complete

all of

KIN 304W-3 Inquiry and Measurement in Kinesiologyt

KIN 305-3 Human Physiology I

KIN 306-3

Human Physiology II

KIN 326-4 Functional Anatomy

KIN 407-3 Human Physiology Laboratory

KIN 497-3 Undergraduate Honours Thesis Proposal

KIN 499-12 Undergraduate Honours Thesis

MBB 321-3

Intermediary Metabolism

and one

of

BISC 303-3 Microbiology

BISe 329-4 Introduction to Experimental Techniques

BISe 333-3 Developmental Biology

BISC 357-3 Gene Cloning

BISC 403-3 Current

Topics in Cell Biology

BISC 405-3 Cell Physiology

BISe 431-3 Molecular Biotechnology

MBB

308-3 Molecular Biology and Biochemistry Laboratory I

MBB 309-3 Molecular Biology and Biochemistry Laboratory II

MBB 322-3 Molecular Physiology

MBB 323-3

Introduction to Physical Biochemistry

MBB 331-3 Molecular Biology

and seven

of

KIN 301-3 Biomechanics Laboratory

KIN 310-3 Exercise/Work Physiology

KIN

336-3 Microscopic Anatomy

KIN 340-3 Active Health: Behavior and Promotion

KIN 402-3 Mechanical Properties of Tissues

KIN 412-3 Molecular and Cellular Cardiology

---

KIN 415-3 Neural Control of Movement

KIN 416-3 control of Limb Mechanics

KIN 420-3 Selected Topics 1*

KIN 421-3 Selected Topics 11*

KIN 422-3 Selected Topics 111*

KIN 423-3 Selected Topics IV*

KIN 426-3 Neuromuscular Anatomy

KIN 430-3 Human Energy Metabolism

KIN 431-3 Environmental Carcinogenesis

KIN 442-3 Biomedical Systems

KIN 444-3 Cardiac Disease: Pathophysiology and Assessment

KIN 446-3 Neurobiology of Disease

KIN 448-3 Rehabilitation of Movement Control

KIN 484-3 Altitude and Aerospace Physiology

KIN 496-3 Directed Study 1*

KIN 498-3 Directed Study 11*

and three upper division units from any faculty

tKIN 304W satisfies the University's breadth requirements of three upper

division units

in writing

*must

be selected topics courses in physiology

---

Sr.NAT

f.

C

flM

MIT

TE

.

:

O

N

COURSE CHANGE/DELET

ION

lINDf.Rcn

i\

II

U

,

IT

f,

SltJ

lllf,

S

EXIS

T

ING COURSE. CHANGES

RECOMMEND

ED

l'lu

~

d

l~

c

k

'PI,rol

'

rLl<~

I'<',.,,;on

(.);

D

C

(l

u,~",

,,

,,

l>c-

r

D

c

""

,

..

.!

~

I

<

,'

''

n

h

Kh<.>le

munl>c-

,

ofhourl

(

or,

I.c

C!

'

u,,

__

__

_

_

_

s..

"''''''

______ _

T

,n

o

"

..

I

____

__

_

I.Ih

___

__

_

_ _

FROM

TO

K

I

N

49

6

CO

"

rlO

Number

____

'-'--'

'-'

_

_

_

__

__

_

_

___

_

KIN 4

96

Cou ....

N

Ul\lh

~r

____

--'--'~_=_

______

__

_

_

_

C .... I'" (U

"

i..,)

____

-',

_______

________ _

,

C

r

r,

lou

(

U,,

"

~)

_

___

_

-=-

_

_

___

_ _

T

I

TLE

D

ir

e

C

l

e

d

S

iudy I

Di

l

6C

l

e

d Sl

u

dy I

(

2

)

Sho

n ,

ill

. f

O

J .",

o

U

n

Lom

.",

1

"

,,,,('fi

p

t

.

n

O

"

"'". olun;lO

dut;l<I."

",rlu,

l

u,1t

'l'ICI11

~nd

P

""""

~

"uu

.

D

ES

CIUPTION

PREREQU

I

SIT

E

P

,e

r

e

qu

lsi

l

e

;

perm

i

s

Si

on

Irom

I

h

o

chair o

f

lh

o

und

e

rgraduat

o

p

rog

r

am

co

mm

l

Ue

e

.

U

s

ually. upp

e

r l

e

vel

s

1

a

nd

l

ng with

0

11

0a6

1

75

u

nl

l

s in

t

he k

ines

i

olog

y

p

rog

r

a

m w

lll

b

e requi

r

ed

.

H

onours s

RAT

I

ONALE

D

E

SC

l

l

l

l

'T

I

ON

l

'IU

,

Il

I

:

Q

Ut

S

r

n

:

Pror

o

qui

sl

t

e

: p

e

rm

issi

on

from th

e

ch

air o

f th

o

unde

r

g

r

a

du

a

t

e

pr

ogra

m comm

i

t1

ee

.

U

s

ually

.

up

pe

r 1

e

vol

S

l

a

n

d

l

ng w

i

th

a

t

lea

s

1

15 units

in lh

l!

ki

n

esio

l

ogy

p

r

og

ram w

i

l!

be

leq

u

ired

A

S

s

o

me student

s

move inlo

honor

s

alter

l

aking bo

th

dir

ec

l

e

d

s

ludi

e

s

co

ur

ses

. w

e

w

o

u

l

d l

i

k

e

to

a

ilow

o

ur

S1u

den

1

5

t

o

be

a

b

l

e

1

0

co

unt both directed

s

tudies

co

ur

s

es

loward

s

t

he

ir h

o

nors d

e

gr

ee.

Don

,

Iou (Ou= .... 1'10

'

... 01

,

.

(

Il

lltr

'"

Ilt ..

'

''''V

I

O

'''t

\'

_

1

'

1'1'0\

,,

<1

00

"

".

'

0

'

\I~h

'

"

e

M

.

'"

,

t

U

I

.

w

,

tr'LI

'

,

h

o

Llt.l

",,

' ,,

"

,

.

<lH

(f

~

.

I

L1

to" ),,,,1

,

,

,,,,

,,~.

1

I

f

00

.

,

10"

.

Io

o

Llld

[,.,

not

od

In tho

prerequi

s

it

e

.

Fall

20

11

Eiren

;'

.. tern,

a

mi

),e.l

T

____

__

_

__

_

_

__

__

_____________

_______

__

__

__

_ _

I

I~

'

\UI .!C1i}:\

---

COUR

S

E

C

HANGE

/

DELET

I

ON

EXIS

TIN

G COURS

E

,

C

HAN

GES

R

ECO

MM

E

ND

ED

D

Titk

o

O

""-

"I'<l

on

lI

..t.co

'

~

,

...

",

1><-

... n

""

".

rnr.

u

c

n,,~

__

__

__

_

s.,

"'''ll'

_

___

__

_

Tu.o'ul

__

___

_

_

1

.1>

_

___

_

__ _

FR

O

M

T

O

KIN

4

98

KIN

,1

98

CO

lin<' Nnm

h

..

.

_______________

____

_____

Con

n<'

Nll,nh

.. ----

-

----C-

----

---

--

-

J

J

C

m.!

n}

(Uruu

l

__

__

-= _

_

__

__

_____

_____

Cr<1I,11

(

U"no

l _

__

__ -'- __

_

_

_

__

____

_

_

_

TITIJ

;

(l

l

l.

ollg

,i,le

for

"

~

leU"

"

.U"

.d.ed

"I

•

•

""

""'

,.

dUll 1

00,

I

,

..

r'rl~"

IIId"dlllg

'I"""

""I

I,,,

m

.

tII

..

,,,,,,

D

i

rected

Siudy

II

Dir

ecled Siudy

II

D£SCRll~f1

0

N

DE

SC

I

~

I

PT

I

O

N

PREREQU

I

S

lll

:

I'llcRI

'

QU

t

!o

!

TE

insu

l

ficien

\

spuco,

p

lease seo

ra

t

io

n

alo

i

nsull

iclo

nt

space,

ploase

soo

r

at

io

na

l

e

RATIO

N

ALE

As some s

l

udon

l

S

movo

ln

l0 hon

orS

{lfter

t

aking both directed stud

i

es cour

ses.

we

woulclliko

t

o

nl

lo

w

aUf

S

i

'.

dems 10

be

ilb~

t

o

c

ou

nt

both

dl

r

OCtoo Si

ud

ies

courso

s

l

owards

Ih

ci

r h

onors

degree

.

Fr

o

m

:

Prerequ

ls

ltc

:

STAT

20

1

and permission

Ir

o

rn

t

he

cllal

r

01

Ih

e

"nd

ergraduale

program

tomrnl

ll

OO

.

Us

u

ally. upper lo

ve

l

S

ianding

wilh

at

least

75 uni

t

s

I

n

Ih

o

kInesiology program wll!

be

required

,

H

o

n

ours s

l

udenls

m

ay COllll

\

Only onc

0

1

e"

I

,or

K

IN

49

6 or

KIN

498 towards

Iho

lr

27 upper

divisio

n

kinesiology

elective

u

nils

.

To

:

Pr

o

r

equlsite

:

STAT 20

1

an

d

porm

lsslo

n from

t

he

chair

0

1

l

ho undergraduale program

co

m

millec U

sunlly

.

upper \evel

standing

with

01 10as

t

75 un

i

t

s

in tho

k

i

ne

siol

ogy program

v.

ill

be

required

.

Dun

dm

fO

ll,

,,,

r

c

\

'

!<"'~

II ..

"<l

Iltrt"

II

I

•

I

"

e

,

.

"""l

y

'

1'1'

''''

'''

.1

,

'

''"ne III

.

Il

.

!!.Il

~"h''''

,11

••

""d

e

"

"

,

1"

,

,,

1.1

"'" .ccro

o<

•

,(.

1"

I ..

,

I

~

"II

,

'

,,,,,,,

.

• '

I

f

IO.

'!!;

II

!>

"

"

I" hr

not

e

d In th

o

pr

e

r

e

qui

site

Fa1

1

20

!1

EJf

«

U\

.

c

'

c

."'

~

,,"

j

'

u

'

___

_____

___

_

_

__

_

____

__

____

__

_______

___

_____ _

1\"1

.Il<\

.!

{

HJ~

---

Chemistry Motions for FSUCC meeting

(all material already

approved by Chern. Dept.)

Background for Motions 1-8

seus 11-23b

In

March 2008, the Chem. Dept. underwent an external review. Part of this review

included

an examination of our undergraduate curriculum. The review committee

commented as follows:

"In

the areas of physical and inorganic chemistry, the core courses provide

only the bare minimum. For example, an undergraduate at

SFU is likely

to receive only a cursory introduction to main group chemistry and a

rather limited exposure to kinetics .... The committee would prefer [over a

group theory/symmetry course - my brackets] to see the addition

of a

main group chemistry course and an increase in the exposure

of

undergraduates to basic physical chemistry as the first priorities for new

courses."

After extensive discussions throughout the Department (guided by the Dept.

Undergraduate Studies Committee), the Chemistry Dept. unanimously approved the

following package to address the concerns

of the external review, and also to further

improve our core offerings in general.

In

addition to pedagogical principles, the

issues

of maintaining flexibility for students through our program, as well as teaching

resource limitations, were taken into consideration. Thus, the following motions are

proposed for consideration by

FSUCC:

1. MOTION: To approve the new course CHEM 283-3, "Organic Chemistry lIb" as

outlined in the supporting documentation.

2. MOTION: To approve the new course CHEM 266-2,

"Physical Chemistry

Laboratory

III

as outlined in the supporting documentation.

3. MOTION: To approve the new course CHEM

330-4, "Chemistry of the Main-

Group Elements" as outlined in the supporting documentation.

4.

MOTION: To approve the new course CHEM 363-3, "Chemical Kinetics and

Reaction Dynamics" as outlined in the supporting documentation.

s. MOTION: To approve the change in the requirement for the completion of a

Chemistry Majors degree such that:

---

(a) CHEM 283-3 and CHEM 266-2 are required core courses.

(b) the number of upper-division chemistry electives required for a Chern. Major

degree increases from 9 to

15.

Rationale: This has the effect of guiding our students to taking more chemistry,

without forcing them to take specific courses. The number

of chemistry credit hours

required in the

SFU Major is less than most other schools in Western Canada and this

will help to rectify this situation.

(c)

Of the 15 UD-CHEM electives, 6 must be CHEM 4xx (as previously), 3 can be

from

MBB AND 3 can be NUSC.

Rationale: The current status is that 3 can be from MBB

OR

NUSC. This change

has the potential

of drawing some additional students to the NUSC courses without

negatively impacting their ability to take MBB courses.

6.

MOTION: To approve the change in the requirements for the completion of a

Chemistry Honours degree such that:

(a) CHEM 283-3 and CHEM 266-2 are required core courses.

(b) the number of required CHEMlelective credits at the lower/upper division is

adjusted

to reflect the addition of CHEM 283-3 and 266-2. The total credits remains

unchanged.

7. MOTION: To approve the course name change and prerequisite for CHEM

366W-3

to reflect the introduction of CHEM 266-2, as outlined

in

the supporting

documentation.

8.

MOTION: To approve the course name change and prerequisite for CHEM 367-

2 to reflect the introduction

of CHEM 266-2, as outlined in the supporting

documentation.

All course proposal documentation, course outlines and proposed changes to the

majorlhonours requirements are included below.

9.

MOTION: That the Physics requirements for the Chemistry Major program be

amended such that the following paragraph will be added to the section headed

"Students Intending to Specialize in Chemistry" between the two existing paragraphs

(page

191 of the 200912010 Calendar):

"Students are encouraged to complete the Standard

(PHYS 120IPHYS 121IPHYS

---

131) or Advanced (PHYS 125IPHYS 126IPHYS 131) streams of Physics. Students

may also choose to complete the Studio

(pHYS

140IPHYS

141) Physics stream.

Students who complete the Life-Sciences

(pHYS

101IPHYS

102IPHYS 130) stream

(which has a

BISC 100 or BISC 101 or BISC 102 co-requisite) with a minimum B

grade should have sufficient preparation for the Major program."

This change has been brought forward in consultation with and the approval

of

Physics (see attached documentation).

Cheers,

Danny Lemoff

Chemistry DUGS Chair

---

SIMON FRASER

'UNIVERSITY

Senate Committee for Uadezgraduate Studies

NEW COURSE PROPOSAL

Comse Number:

CHEM 283-3

Course Title: Organic Chemistry

lIb

Organic Chemistry Db

Indicate

number of hours

for

Led

(3 )

Sem (

0 )

Tut (

I )

Lab (

0 )

Co1U'8e DescripttoD (fol' CaleDdal').

An advanced treatment of Organic

Chemistry D. Topics

include dianes

and

their

reactivity, conjugation

and

aromaticity, aromatic substitution reactions, carboxylic

acids and their derivatives, ketones

and

aldehydes, biological molecules, radical

reactions, organometallic reagents.

perlcyclic

reactions and planning

multistep

syntheses.

Quantitative.

PI'el'equis1te:

CHEM281.

Coreqaisite: None

SpedallDstnlotioDS: Students should not receive credit for both

CHEM 282

and

CHEM283

C01U'8e(s) to be dropped

if

this C01U'8e

is

appl'OV8d: None

llatioD8le

fol'

lDtl'oductioD

of this Couse:

Cuzrently, the second

half

of introductory organic

chemistry

(CHEM

282)

is offered as

a

2-credit. high enrollment (typically 200-300

students/semester)

comse

and is

required for a number of degree programs; including Chemistry,

Molecular

Biology

and

Biochemistry.

Biological Sciences. Enviromnental Science. Health Science.

and

Kinesiology. In addition. students that intend to transfer to professional programs in

dentistry. medicine, veterinary medicine, or pharmacology are required to complete

CHEM 282.

As a result of the limited lecture time available

in

a 2-credit comse

(2a

lectures). the

cu:rriculum

for CHEM

282

is a condensed version of what is taught at

most Canadian

universities. The rationale for introducing

CHEM 283 is

to provide

a

stronger foundation

in

organic

chemistry

for Chemistry majora and other

students

that

intend

to enroll

in upper

division

chemistry

courses. without

disrupting

cummt comse

requi%ements for other departments. It

is

important to note that CHEM 283

will

be

SCUS2006

---

taught concurrently with CHEM

282

by the same instructor. After

26

lectures together,

CHEM

282

and

283

students

will

write a comprehensive exam, following which CHEM

282

students

will

have completed their course requirements. Students enrolled in

CHEM

283 will

have an additional

13

lectures in which topics not covered in CHEM

282

but considered fundamental aspects of introductory organic chemistry (e.g.,

organometallics, radical

chemistry, pericyclic reactions, molecular orbital theory)

will

be discussed. These additional lectures

will

better prepare students for upper division

chemistry courses, bring our curriculum. in line with that of most other Canadian

universities

and the reduced class size for these last

13

lectures should enhance the

overall learning experience for students that intend to continue on in chemistry. It is

also

expected that students enrolled in CHEM

282 will

benefit from the condensed

semester (i.e., triweekly lectures for

8.7

weeks), as the current format for CHEM

282

(biweekly lectures for

13

weeks) includes a 4-day gap between lectures and, as a

result, considerable time is wasted on review.

ScheduliDg

and

Registmtion Information:

The first semester this course

will

be offered is 2011-3. Subsequently, this course

will

be offered once every s81!Lester along with CHEM

282.

Note: There is a two-semester(term) wait for implementation of any new course.

Indicate

if

there

is

a Waiver required

YES

NO~

Will this be a required or elective course

In

the cnu'riculum?

This course

will

be a required course in the Chemistry curriculum.

What

is the probable enrolment wllea offered?

20-40 students per semester

Which of

yOUI'

present

en.

faculty have the expertise to offer this course?

This course

will

be taught by faculty members that have taught Organic Chemistry

I

and/or

D

in

the

past, including Andrew Bennet, NeU Branda, Robert Britton, Uwe Kreis,

Sophie

Lavieri, Nahyl Merbouh, Melanie O'Neill, Mario Pinto, Erika Plettner, Vance

Williams, and Peter Wllson.

~e

there any proposed student fees associateci with

this

course other

than

tuition

fees?

(if

BO, attacb manciatory supplementary fee approval form)

NO

SCUS2006

2

---

Re

s

our

ce

Implic

a

tion

s

:

Not

e

: S

e

nat

e

ha

s

approved (5

.9

3-11

)

th

a

t

no

n

e

w

cour

se s

hould

be approved by

S

e

n

a

t

e

until fundin

g

h

as

b

ee

n c

o

mmitt

e

d for n

e

c

ess

ary

libr

ary

m

a

t

eria

l

s

.

E

a

ch

new cour

se

propo

sal

mu

s

t b

e a

ccom

pan

i

ed

b

y a

libr

ary

r

e

po

r

t

a

n

d,

if

a

ppropr

ia

t

e, co

nfirmation th

a

t

funding

a

rr

a

ng

e

m

e

nts

ha

ve been addressed.

C

ampus where course will be ta

u

gh

t

:

_

___

Burnaby and Su

r

rey

______ _

Li

brary

report

s

t

atus

__ See attached

____________

_

__

_

_

P

r

ovide details on how existing ins

t

ructional resources vrill be redistribut

e

d to

accommodate this

n

ew

course. For instance,

will

another

c

ourse

be

eliminated or

'

will

the frequency of offering of

other

courses be

reduced;

are there chang

es

in

pedagogical

s

t

y

l

e

or class s

i

zes

thaI

allow

for

t

his addi

t

ional

course off

er

in

g

?

CHEM

283

will

not require

add

it

ional

instructiona

l

resources.

CHEM

282 is

curr

en

tl

y

offe

r

ed

every

semester and CHEM

283

is

simply

a I3-lecture ext

e

nsi

o

n

o

f CHEM

2

82

.

Impor

t

ant

l

y, there will be no change to

t

he CHEM 282

curriculum

a

nd

the

facuity

m

embers that curre

n

tl

y t

each C

H

EM 282 (

Bri

tton, Kre

i

s, Lavieri, Merbouh, Plenner,

W

il

liams) unanimous

l

y suppor

t t

he in

tr

oduction

o

f

CHEM 283. As

a consequence of

c

o

n

densing C

H

EM

282

t

o 8

.

6

w

e

eks, studen

t

s enrolled

i

n

C

H

EM

282 will h

a

ve

4

few

e

r

t

u

toria

l

s,

and

the combinat

i

on

of

C

H

EM 282 and

CHEM 283

will

requ

i

r

e

less tutorial

s

and

r

esources

for tutorials (i.e., class

r

oom time

,

Teaching Assis

t

ant

hou

rs

,

etc.

)

then

i

s

currently

needed

for CHEM 282

alone

.

List

any

o

ut

s

tanding

resource issu

e

s

10

be address

e

d prior

to implementat

io

n

:

spa

ce

,

labo

r

atory

equipmen

t

, etc.

No

n

e.

Appro

va

l

s

1.

D

e

p

a

rtm

e

ntal

approv

a

l

indicates that

the Department

has app

ro

v

e

d t

h

e

con

t

ent o

f

the course, and

has

consulted with other Departm

e

nts

a

nd Faculties

regarding proposed

course

content

and

overlap issues.

-

--,0

Q

I

,

I

=-"=~=:==

---

:;!,Sc-6Git:

--

-=---

~

{VC~c>./!Z:1!lc-i2!:

'

'

;""

-'-'

.r--l%:...

.

~

?

,

'

;I

,

!

Chair, De t.lSchooI

Date

/

/l1

1'

a ...

d,

2-'1

, L

oll

Chair, Fa

c I

y Curriculum Committee

Date

sc

u

s 20

06

3

---

2. Faculty appzoval indicates that all the necessary course content and overlap

concerns

have been resolved, and that the Faculty/Depamnent commits to

providing

the required

Library

funds.

CJa

t! d:

"L

A~ ~

Date::l.q

H.tl!.£c.h

~o

tl

Dean or Designate '

list

which other Departments Schools and Faculties have been consulted regarding

the

proposed course content including overlap issues.

Attach documentary

evidence of responses.

No consultations with other Departments/Faculties were conducted with respect to

the addition of

this course, since the original

CHEM 282 will

remain

in

force.

Nevertheless,

if

approved, other Departments and programs that have

CHEM 282

in

their program may want to consider using

CHEM 283

instead,

if they

desire a

higher

level of organic chemistry.

Other Faculties approval indicates that the Dean(s) or designate of other

Faculties aUacted by the proposed new course support(s) the approval of the new

course.

_______________ Date: ________ _

_______________ Date: ________ _

3. SCVS

approval indicates that

the

course

has

been approved for

implementation

subject, where appropriate, to financial

issues

being addressed.

Course APproved

by

SCVS (Chair of SCUS)

________________

Da~:

__________ _

Jlpprovalls slgDlfled by date aDd. appzopriate signature.

SCUS2006

4

---

CHEM283-3

Organic Chemistry

fib

General Course Description:

This

lecture course is a requirement for students that intend on enrolling in upper division

chemistry courses. The intention of

this course is to provide students with a fundamental

appreciation for synthetic organic chemistry, including the mechanisms of organic

reactions, as well as an introduction to synthetic methods that facilitate the construction

of complex organic molecules. In addition,

this

course provides

an

introduction to

biological molecules (e.g., carbohydrates, nucleic acids and DNA)

and

the reactions of

these molecules as they relate

to

biological processes. As specific course outline

is

detailed below.

Weeks 1-2: Dienes and their reactivity, and the Diels-Alder reaction. Introduction to

terpenes,

resonance

stabilization

and

allylic

and

benzylic

cations.

Weeks 2-4: Aromatic compound, including nomenclature, electrophilic aromatic

substitution,

Friedel-Crafts

alkylation,

and

substituent

effects

on

reactivity.

Weeks 4-5: Carboxylic acids and their derivatives. including nomenclature and physical

properties, nucleophilic

acyl substitution, reactions of acids, esters, acid chlorides,

amides,

nitriles,

and

Friedel-Crafts

acylation.

Weeks 5-7: Ketones and aldehydes, including oxidation and reduction reactions,

Grignard addition reactions,

reactions with various nucleophiles, reactions of

a,p..

unsaturated aldehydes and ketones, conversion to enamines, imines, keta1s and alkenes.

Reactions

on the a-carbon, including keto-enol tautomerization, enolate formation,

alkylation, halogenation,

Michael reaction, aldol reaction, Claisen condensation, and

Robinson

annulation.

Week 7-8: Biological molecules, including relationships between structure and reactivity,

carbohydrates (discussed

in

the context of acetal!, conformation and stereochemistry),

amino acids (discussed in the context of amides and amide couplings as well as peptide

synthesis),

and DNAIRNA (discussed

in

the context of heterocycles, stability and

reactivity).

Week 9: Reactions of aromatic compounds, including nucleophilic aromatic substitution

as well as the formation and reactions of diazonium salts.

Week 10: Radical chemistry, including a discussion of structure

and

the relationship

between structure and reactivity as well as examples of simple radical reactions.

---

Week 11: Organometallic chemistry. including a discussion of alkyl lithium reagents

(formation and reactivity). formation and reaction of organocuprates. and the

Reformatsky reaction. A detailed analysis of palladium cross coupling reactions

(including catalytic cycle for Stille cross coupling) and representative examples of both

the Stille cross coupling and Sonagashira cross coupling reactions will also

be

presented.

Week 11: Pericyclic reactions. including a mechanistic discussion of the Diels-Alder

reaction using molecular orbital theory. The molecular orbital theory will also

be

used to

understand the mechanism and requirements for sigmatropic rearrangements.

cycloaddition reactions and electrocyclic rearrangements. Representative and examples

of each type of reaction will

be

given.

Week 13: Specific examples of target-oriented synthesis. including an analysis of

synthetic

planninglretrosynthetic

analysis

will

be

presented.

Grading:

The first 213 of the course coincide with the CHEM 282 curriculum and students will

receive 65% of their CHEM 283 grade for their performance in this portion as follows:

Assignments:

10%

Interterm exam:

15%

Comprehensive Exam:

30%

The remainder of their grade will be derived from their performance in the last 13

lectures as assessed by:

Assignments:

Final Exam:

Textbook:

5%

40%

Paula Y. Bruice.

Organic Chemistry,

fit

Edition,

Prentice Hall. 2010.

2

---

SIMON FIUlSER UNIVERSITY

Senate Committee for Undergraduate Studies

NEW COURSE PROPOSAL

Course Number: CHEM 266-2

Course Title:

Long - for

calendar/schedule no more than 100 characters including

spaces/punctuation:

Physical Chemistry Laboratory I - The Microscopic World of Chemistry

~

Short - for registration/transcript no more than 30 characters including spaces/punctuation

Phys Chem Lab I

Indicate number of hours for Lect ( 0) Sem ( 0 ) Tut ( ) Lab ( 4 )

Course Description (fol' Calendu). Attach a cOUl'Se outline to this PI'Oposal.

Fundamental principles of experimental physical chemistry from the microscopic perspective.

Modem experiments in atomic and molecular spectroscopy and structure.

Co-requisite:

CHEM260

Special Instructions

TILat is, does

this

course replicate the content of a previously approved course to such

an extent that students should not receive credit for both courses.

If

so,

this

should be

noted

in

the pre-requisite.

No similar course currently exists. CHEM 266

is

a new course intended to introduce students to

experimental physical chemistry at

an earlier point in their undergraduate education than has

historically been the case.

Course(s) to be dropped

if this

course is approved: None.

Rationale fol' Introduction of

this

COUl'Se:

No similar course currently exists. The current core offerings

in

physical chemistry do not provide

students

with exposure to modem experimental methods in physical chemistry until the third year

of their undergraduate program, a point which is viewed to be too late in their undergraduate

career. This

is recognized as a shortcoming in our program. The proposed course addresses this

issue directly

by providing students with an earlier exposure to modern experimental methods.

SCUS2006

1

---

This

also addresses the deficiency in physical chemistry offerings as identified by the external

review

in

2008.

ScheeluUDg ucl RegistzatlOD lDformaUOD:

Inc:ticate effective semester/yeu course would be first offered and planned

frequeDCY of offering thereafter.

Fa112012 or Spring 2013. Three times every two years.

Note: There is a two-semester(tenn) walt fol' implementatioD of any

new

couue.

Indicate

if

there is a Waiver required YES. __

---'NO_--'X

.... _

Will this be a required or elective course

in

the curriculum?

REQUIRED

What

is

the probable enrolment when offered?

30-50 students

Which

of your present CFL faculty have the expertise to offer

this

course?

J.C. Brodovitch, R. Goyan, S. Holdcroft. G. Leach, C. Walsby.

Are there any proposed student fees associated with this course other

than

tuition

fees?

(if

so, attach mandatory supplementary fee approval fonn)

None

ResoUl'ce ImpUcaUons:

Note: Senate has appl'oveel (S.93-11) that DO Dew cOUl'Se should be appl'oveel by

Senate until

fuDcliDg

has been committed fo:r necessary Uhzouy materials. Each

new course proposal must be accompanieel

by

a Uhruy :report anel. U

app:ropriate. coDfi:rmatioD that funding 8I'I'8.Jlgements have been aelcb'esseel.

Campus where course

will

be taught: Burnaby

Library

report status __ See attached'-- ______ _

Provide details

on how existing instructional resources will be redistributed to

acconunodate this new course. For instance, will another course be eliminated or

will

the frequency of offering of other courses be reduced; are there changes

in

pedagogical style or class sizes that allow for

this

additional course offering?

SCUS

2006

2

---

The propo

se

d

C

HEM

266

cour

s

e will

be offere

d

It

lrC~

time

s

in

a

twO

ye;

l

r perind.

C

IIE

M 366.lhe

thi

rd

ye

nr

l!lb

o

r

atory c

our

se

in

phy

s

i

cal c

h

e

mi

st

ry i

s

cu

rr

e

ntl

y

offe

r

e

d

t

wice a

ye

ar

or

fOUf tilll

es

in

a

twO

y

e

ar

peri

o

d

.

Th

e

frequency

of

OO.CriIlS

ofCHE~<'I

366 will be

r

e

d

u

c

ed

w

lI

m..e

ti

me

s

in a

tw

o

year

p

er

i

o

d.

Simila

rl

y. C

H

EM

360

.

the

3'rl

yea

r ph

ysieal c

h

e

m

istry cour

se

in

th

el1lwdynamics

and

k

in

etics.

i

s

curre

ntl

y of

f

ere

d

fi

v

e

time

s

in il

tw

o

-

yeilr period; this will

be

r

educed

t

o

th

ree

wne

s

in

a

two

yea

r

period (the high olTc

r

i

n

g

f

r

equency

is no

lo

n

ge

r

ncces!'iary

(

Ill

e

t

o

the

r

e

m

oval o

f

th

is

co

ur

se

from Ihe

MOO

cu

rricululIl

r

eq

uiremeTlt

s

and

the

s

ub

s

equent

e

n

rollment drop)

.

Tht'

reduc

ti

on

i

n

course

offerin

gs

of

C

HEr

...

l

366 and 360

l

ibera

t

e

th

e

te:lchin

g resoun:cs to

deliver

C

H£M

266

and

thu

s

no new teachin

g

resources are rcqu

i

red

.

No

specia

l

i

s

s

ue

s

regarding

cla

ss

s

ize

or

pcdagogicnl

style

exist.

Lisl

any

outslanding

res

o

urce issu

es

to

be addressed

p

rior to

i

mp

lem

e

nt

a

ti

on: space,

labor

a

tory equipment,

etc

.

N

o

n

e.

Approvals

I.

D

e

partmental approval

indicates that the Departm

e

nt h

as approved

t

he

content

of

the

COUIse, and

h

as

consulted with othe

r

Dep

artments

and

F

acult

i

es

regarding

pr

oposed

course content and

overlap

issu

e

s.

.-

-

,

,

M<

VI

c

t,

J

'/

,', J 1

Chair, Dept

.lSc

hool

Date

/lI

1

,~

"ti

\

2-1

)

2".

Ii

D

ate

2.

F

ac

ulty

approval indi

cates

thai

all

the ne

cessary

eours

e con

t

e

nt

and

ove

r

lap

conce

rn

s

hav

e

b

ee

n

resolved. and

th

a

i

the F

acu

lty

/

Departm

e

nt

comm

it

s

to

providi

n

g

th

e

requir

ed

L

ibrary funds.

C&.

.

~

-,,4.n"-.J.

____

Dal

e

:

;;l.

'1

ha..<

Ch

'2.

0

'

,

Dean or

D~r

{

-

-

List

which other Departments Schools

and

Faculties have be

e

n

consulted regarding

th

e

pr

o

p

osed

course

co

nt

en

t including

overlap issues.

Att

ach

d

ocumenta

ry

ev

id

e

nce

of

responses.

NONE

n

eeded

sc

us

200(;

3

---

Other Facu1Ues approval indicates that the Dean(s) or designate of other

Faculties

affected

by

the proposed new course support(s) the approval of the new

course.

_________________ Oate: ________ ___

_______________________

O~e:

___________ _

3. SCUI approval indicates that the course has been approved for

implementation subject, where appropriate, to financial issues being addressed.

Course IPl)royed

by

Scus (Chair of SCYS)

____________________ Oate: ___________ _

Approval

is

signlfled

by

date

and

appropriate signature.

SCUS2006

4

---

lDstructor.

Simon Fraser University

Science

CHEM266-2

PHYSICAL CHEMISTRY LADORA TORY I

D01.00

Semester 20xx-y

To

be

announced

Description/Topics: General Course description:

Grading:

The Microscopic World of Chemistry: Modern experiments in atomic and

molecular

spectroscopy

and

structure.

4 lab hours/week

Topics:

Students

are

required to perform eight of the

ten

experiments listed below.

A written report corresponding to each experiment performed is to be

submitted within a week of completion of the experiment

Experiment

I

Rotational-vibrational

spectroscopy

oj

Hel

II

Vibrational spectroscopy:

Infrared Spectrum of S(h

III

Principles oj Raman Spectroscopy

IV

UV-Vis spectroscopy:

Charge Transfer Complexes

V

Molecular Spectroscopy oj Organic Compounds: Fluorescence

Intensity, Lifetime and Quantum Yield

VI

Pyrene bcimer Kinetics:

The Thermodynamics of Excited State

Dimer Formation

VII

Picosecond Laser Spectroscopy:

Transient Grating Studies in

Condensed

Phase

Environments.

VIII

Principles

ojnuclear

magnetic

resonance

(nmr)

spectroscopy

IX

Flash Photolysis oj Benzophenone.

X

Surface structure and modification: Atomic Force Microscopy

(AFM) and Scanning Tunneling Microscopy (STM) studies oj

surfaces

and

nanostructures.

85% lab reports; 15% performance during experimental work

+

laboratory

notebook

Recommended text: C.W. Garland. J.W. Nibler and D.P. Shoemaker, "Experiments in Physical

Chemistry", 8

th

Ed. 2003, McGraw Hill, N.Y.

---

A laboratory manual containing supplementary information wm be

distributed

at the

first

laboratory meeting.

Recommended texts:

None

None

CHEM260

None

MaterialslsuppUes:

Co-requisite:

Notes:

---

SIMON FRASER UNIVERSITY

Senate Committee for Undergraduate Studies

NEW COURSE PROPOSAL

Course Number: CHEM 330-4

Course

Title: Chemistry of the Main Group Elements

Long - for

calendar/schedule no more than 100 characters including

spaces/punctuation:

Chemistry of the Main Group Elements

11m

Short - for registration/transcript no more than 30 characters including spaces/punctuation

Chemistry of the Main Group Elements

Indicate

number of hours for Lect (3 ) Sem ( 0 ) Tut ( 1 ) Lab ( 2 )

Course

Description (fol'

C;aJend8l'). Attach a

COUl'Be outline to this PI'Oposal.

A survey of the chemistry of-non-transition metal (main group) elements, their

physical

and chemical properties and characterization techniques.

Prerequisite:

CHEM 230 and 236 or permission of the Department.

Corequisite: None

Special Instructions

That

is, does

this

course replicate the content of a previously approved course to such

an extent that students should not receive credit for both courses.

If

so,

this

should be

noted in the pre-requisite.

No similar courses exist. Some redistribution of the laboratory experiments from

CHEM 236 and 336 into

this

course will occur, along with the introduction of new

experiments. There

is minimal

overlap of course material with the core CHEM 230 or

332 courses.

Course(s) to be dropped

if this

course is approved:

None.

SCUS 2006

1

---

Rationale for Introduction of

this

COUl'Se:

The external review of the Chemistry Dept.

in

2008 specifically noted the lack of a

Main Group Chemistry course in our program and urged that such a course

be

added

and this new offering

will

partially address that recommendation. Indeed, this course

fills

a large knowledge gap

in

the current chemistry course offerings (noted by the

external reviewers), that of main group chemistry. SFU remains one of the few

chemistry Departments

in Canada that does not offer a

Main

Group chemistry course.

The proposed CHEM

330

course will help to rectify this situation.

Schedullllg aDd B.egistl'ation Information:

Indicate effective semestel'/yeu course would be first offered and planned

frequency of offering thereafter.

Fall

2012

or Spring

2013.

Once every year.

Note:

There

is

a two-semestel'(term) walt for implementation of aDy new c01ll'Be.

Indicate

if

there

is

a Waiver required

YES, _____

NO __ X'- __

Will

this

be a required or elective course

in

the curriculum?

ELECTIVE

What

is

the probable enrolment when offered?

Estimate

3Q-40

students

Which of your

present CFL faculty have the expertise to offer

this

course?

Faculty with the inorganic chemistry expertise to offer the course include

D. Lemoff,

T. Storr,

R.

Pomeroy,

L.

Hwan. Z.G. Yet O. Mund

Are there any

proposed student fees associated with

this

course other than tuition

fees?

(if

so. attach mandatory supplementary fee approval form)

None

Resource ImpUcatioas:

scus 2006

2

---

Not

e:

S

e

nate ha

s a

pprov

e

d (5

.9

3-11) th

a

t no ne

w co

ur

se s

h

o

uld

b

e a

pproved b

y

Senat

e

until funding ha

s

be

e

n committed for n

e

c

e

s

sa

ry lib

ra

ry

ma

t

e

ri

a

l

s. Eac

h

n

e

w

cour

s

e propo

sa

l mu

s

t b

e a

ccompani

e

d b

y a

libr

ary

r

ep

o

r

t

and,

i

f

a

pprop

ria

te, confirm

a

tion th

a

t

f

unding arr

a

n

g

e

me

nt

s

h

ave

be

e

n

a

d

dr

e

ssed

.

Campus where course vrill be laugh!:

____

Burnaby

_

____

______ _

Library r

e

port status

_

_

S

ee auached

,

_

______

_

_

_______ _

Provide details on how exi

s

ting instructional resources w

ill

b

e

redi

stri

b

uted to

accommodate this new course. F

o

r instanc

e

,

will anoth

e

r cour

s

e be

e

li

mi

n

a

t

ed or will

the frequenc

y

of o

ff

er

i

ng of other cou

r

se

s be reduced; are there chan

ges

i

n

ped

a

gogical style or class sizes that allow for this addit

io

nal course of

f

e

ri

n

g?

Th

e

cour

s

e will be offered one to two times in a

2

-

ye

a

r peri

o

d

.

Cur

rently, C

H

EM

230

and 236 are both offered twice per year (

i

.e., 4 terms out of 6); th

ese

will

be redu

c

ed

to three terms out of six, thereby fre

e

ing th

e

re

s

ources to offer th

is p

r

oposed

CH

EM

330 course once per year. No special issue

s

regarding class size or

pe

d

agog

i

ca

l

s

t

y

l

e

exist

.

List any outs

t

anding resource issues to be addr

e

s

se

d prior to impl

ementation

:

space,

lab

o

rat

o

ry equipm

e

nt, etc.

The

l

aboratory component of this course (

a

'I-h

o

ur lab ev

e

ry

o

t

her week)

can be

accommoda

t

ed

i

n t

h

e

i

norganic teaching labor

a

tory space,

t

hus th

e

r

e

i

s

n

o new space

requirement, although sch

e

duling of th

e

laboratory will n

e

ed to be c

onsidere

d i

n l

i

ght

of other course offerings. For the most part

,

ex

is

ting laboratory

e

q

uipme

n

t

can

b

e

utilized

(minor costs fo

r

supplie

s

will be

in

cur

r

ed

).

A small allocat

io

n

o

f T

A

r

esources

(0

.

5

-1 TAships) will b

e

required t

o

help run thi

s

lab

o

rat

o

ry compon

en

t

.

Approval

s

I

.

D

e

partmental approval

i

n

dicat

es

that

t

he D

e

partmen

t

has a

pp

r

ov

e

d

th

e

conten

t

of t

h

e co

u

rse, and has consulted with other Depa

r

t

men

t

s and

F

acu

lt

ies

regarding proposed c

o

ur

s

e cont

e

nt an

d

overlap

iss

u

es

.

~

~

--:;y<a-

1'10,",,-,,

1

,

J ,(

,

2'j

I

C

h

air

,

D

e

pt.lSchool

Dat

e

C

h

a

ir

,

Fac ty Curri

c

ulum Committee

Da

t

e

SC

U

S 2006

3

---

2. Faculty

app~oval

indicates that all the necessary course content and overlap

concerns have

been resolved, and that the FacultylDepartment conunits to

providing the

required

Library

funds.

CVa..:::z..

~4cJ

Date:

:;)9

\1a.xcb :to

II

Dean or Designate

f

List

which other Departments Schools and Faculties have been consulted regarding

the

proposed course content including overlap issues.

Attach documentary

evidence

of responses.

NONEuee

ded

Other Faculties approval indicates that the Dean(s) or designate of other

Faculties affected

by the proposed new course support(s) the approval of the

new

course.

_______________ Date: ________ _

_______________ Date: ________ _

3. seus

app~oval

indicates that the course has been approved for

implementation

subject, where appropriate. to financial

issues

being addressed.

Course IP9royed

by

Scus (Chair of SCUSl

_______________ Date: ________ _

Approval is signified

by

date aDd appropriate signature.

SCUS 2006

4

---

Instructor:

Simon Fraser University

Science

Sample Outline

CHEM330-4

Chemistry of the Main-group Elements

DOI.OO

Dr.XXXX

Description/topics:

General

Coune Description:

A survey of the chemistry of non-transition metal (main-

group) elements treated at an advanced level, their physical

and

chemical

properties

and

characterization

techniques.

3 lecture hours/week; 1 tutorial hour/week; 4 lab hours every

other

week.

Lecture Topics:

I.

Introduction. Classification and comparison of the main

group elements with the transition metal elements. Stability

of lower oxidation states and periodic trends.

2. Common techniques used

to

characterize main-group

compounds: lnfraredlRaman,

NMR.

MS, X-ray, Sn-

MOssbauer

etc.

3.

Descriptive

Main-group

chemistry:

(a) Hydrogen and Group 1 elements

(b) Aspects of Boron and Group 13 chemistry

(c)

Silicon and lower Group 14 chemistry

(d) Phosphorus and Group 1

S

chemistry

(e) Sulfur and Selenium

(f) Halogens and Noble

Gas

chemistry

4. Selected topics (time pennitting): For example, heavy

metals in the environment, main group compounds

in

phannaceuticals, biomineralization, main-group materials,

nanochemistry

etc.

---

Grading:

Required

texts:

Selected

Laboratory Topics:

Synthesis.

characterization

and

reactivity

of

main-group

element compounds (e.g. Sn(II)/Sn(IV) complexes; Na in

NH3(1);

phosphorus-based

ligand

synthesis;

allotropes

of

elemental sulfur); Main-group polymers (e.g. Silicon- and

boron-based

materials);

Superconducting

materials.

10% In-class Quizzes

25% In- Tenn Examinations (2)

25% Laboratory

40% Final Examination

Students must pass the lecture and lab component

independently.

Housecroft. C. E .• and Sharpe. A. G. "Inorganic Chemistry"

3rd edt 2008. Prentice Hall

&

Alan

K.

Brisdon.

"Inorganic

Spectroscopic

Methods".

Oxford

University

Press.

1998.

Tbe laboratory manual will be banded out

in

tbe first

week.

Recommended texts: None.

Materials/suppUes:

Sludents mUSl purchase Safety Glasses if they do nol already

have a pair. Laboratory coats are recommended.

Prerequisitelcorequisite: Prerequisite: CHEM 230 and 236 or permiSSion of the

department.

Notes:

None

---

SIMON FRASER UNIVERSITY

Senate Committee for Undel'gzaduate Studies

NEW COURSE PROPOSAL

Course Nwnber: CHEM 363-3

Course Title:

Long - for calendar/schedule no more

than

100 characters including

spaces/punctuation:

Chemical

Kinetics

and

Reaction

Dynamics

Am2

Short - for registration/transcript no more than 30 characters including spaces/punctuation

Kinetics

and

Reaction

Dynamics

Indicate nwnber of hours for Lect ( 3 ) Sem ( 0 ) Tut ( 1 ) Lab ( 0 )

Course Description (for Calendar). Attach a course outline to this proposal.

Fundamental

principles

of

chemical

kinetics.

rate

laws.

mechanisms.

reactive

intermediates.

theories

of

reaction

rates,

solvation

effects,

photochemistry,

radiation

chemistry,

and

experimental

methods.

Prerequisite:

CHEM 260. Quantitative.

Corequisite:

None

Special Instructions

That is. does

this

course replicate the content of a previously approved course to such

an

extent that students should not receive credit for both courses.

If

so,

this

should be

noted in the pre-regyisite.

No similar courses currently exist. CHEM 363 was in existence until 1999. This proposal

reintroduces

this

course

with

revised

content.

Course(s) to be dropped

if this

course is approved: None.

Rationale for Introduction of this Course:

The 2008 External Review of Chemistry commented on our physical chemistry offerings with the

statement: "an undergraduate at SFU is likely to receive ... a rather limited exposure to kinetics".

SCUS2006

---

and recommended "an increase in the exposure of undergraduates to basic physical chemistry" as a

top priority for

a

new course. Reintroduction ofCHEM 363 addresses that deficiency.

This course was in existence until

1999

but was dropped as part of a reorganization of the physical

chemistry curriculum (replacement of261 and 361 with 360 and 260, respectively). At that time

some course material was moved to CHEM 360 but experience has shown that there is not

sufficient time in that course to adequately treat the topic of chemical kinetics, which commands a

full semester course at many other universities.

Schedulhag and lteglsuation

1Df0nnatioa:

Indicate effective semester/year course would be

first

offered and planned

frequency of offering thereafter.

Fall20l1 or Spring 2012. Once every year.

Note: There is a two-semester(tenn) wait for implementation of any new cOUJ'Se.

Indicate

if

there

is

a Waiver required

YES~

__ .NO __ X=-_

Will this be a required or elective course

in

the curriculum?

ELECTIVE

What

is

the probable enrolment when offered?

30-50 students

Which of your present CFL faculty have the expertise to offer

this

course?

A. Bennet. M. Eikerling, R. Goyan, S. Holdcroft. O.

Leach,

P. Percival, C. Walsby, J. Wilkie.

Are there any proposed student fees associated with this course other than tuition

fees?

(if

80, attach mandatory supplementary

fee

approval fonn)

None

ReS01U'ce

ImpUcatio .. :

Note: SeDate has approved (S.93-11) that

DO DeW

course should be approved by

SeDate until fuDc:UDg has been committed for necessary library mate1ials. Each

new cOUJ'Se proposal must be accompanied by a Ubrary report aDd,

if

appropriate, coDfinnation that fanclbag arrangements

have

been addressed.

Campus where course

will

be taught: Burnaby

Library report status __ See attached

..... ______ _

SCUS2006

2

---

Provide details on

h

ow

exis

ti

ng instructional resources will be redi

s

tribute

d

to

accommodate

this new course. For ins

t

ance, will another course be

e

limina

t

e

d o

r

will

the frequency of offering of ot

h

e

r

courses be reduced;

are

there changes

in

pedagogical s

t

y

l

e or class sizes that

allow

for

this additional course

o

ff

e

rin

g

?

Th

e co

ur

s

e

will he oOcr

c

d

o

n

ce o

r twic

e

in a 2-ycar period.

Th

e

le

ae

h

1ll

g

re

so

urc

e

s

..:nn b..:

pro

v

ided

by

r

e

d

u

c

ing

the frequen

c

y

o

f

o

Oerin

g o

f

C

HEM

4

60

and

4

64

(

Ih

e

~e

an:

l

o

\~-

e

n

rolllllc

n

t

co

urs

es c

urr

e

nt

ly

t

a

u

g

ht

evcry YC:lr

).

Th

e

c

o

ur

se co

nl

e

nt

o

f the pr

o

po

se

d

C

H

EM

363 h;!s bee

n

tau

g

ht a

s

a Sp

c

ci:ll

T

o

pic

s

cour

s

e

.

There nr

c

n

o

sp

ce

inl i

ss

u

es

r

e

gardin

g e

lll

s

s

s

iz

e

o

r ped

a

gog

i

c

;!1

s

t

y

le.

List any

ou

t

s

t

anding

r

esource

issues 10 be addressed prior to

impl

e

m

e

nt

a

t

io

n:

spac

e,

l

a

boratory equipment, etc.

No

ne.

Approv

a

l

s

I.

D

e

partm

e

nta

l

a

pprov

a

l

i

n

dicates that the

D

epartment

has

approv

e

d the

con

t

ent of

t

he course, and has consul

t

ed with other Depar

t

ment

s

and Facult

i

es

regarding

proposed course content and

overl

a

p issues.

">

S--

-X

---:a "-

H

'

4LC

&

--<

'f.

2

0

\

I

Chair

,

Dcpt.lSchool

Dale

C;

~Mbfr'

<-<------

Date

Chair, Facu

ty Curriculum

Commit

t

ee

/V!M<

!,

Z

q

/

26/

/

2

.

F

ac

ulty

a

pprov

a

l

indicates that all the necessary course content

a

nd overl

a

p

concerns

have

been

resolved,

and

that the FacultylDepanm

c

nI

commi

t

s

t

o

providing the required Library

fWlds.

~

t...,

D

a

le,:).'1

h<u

ill

~

Q

l/

DeanorDeSiQlWe

List

which

other Qimartmems Scho

o

ls

and Faculties have

been c

o

n

s

uile

d

r

ega

rd

i

n

g

the proposed course conten

t

including overlap issues.

Att

a

ch

do

c

um

e

nt

ary

evidence

of

r

e

spons

e

s.

NQNEnecded

sc

u

s 2

0

0

6

3

---

Other Faculties approval indicates that the Dean(s) or designate of other

Faculties affected

by

the proposed new course support(s)

the

approval of the new

course.

_______________ Date: ________ _

_______________ Date: ________ _

3. SCUS approval indicates that the course has been approved for

implementation

subject, where appropriate, to

financial

issues being addressed.

Course APl?roved by SCUS (phair

of

SCUS)

_______________ Date: ________ _

Approvalls slgDUled

by

date and appropriate signature.

SCUS2006

4

---

CHEM 363-3 Chemical Kinetics and Reaction Dynamics

Sample Outline for New Course Proposal

Instructor:

Description

Lecture Topics:

Grading:

Required text:

(examples)

Prerequisite:

TBA

General Course Description:

Fundamental principles of chemical kinetics, rate laws,

mechanisms,

reactive

intennediates,

theories

of

reaction

rates,

solvent

effects,

photochemistry

and

radiation

chemistry,

and

experimental

methods.

3 lecture hours/week; 1 tutorial hour/week.

Empirical

chemical

kinetics

Rate theories

Reaction

dynamics

Reactions

in

solution

Catalysis

Photochemistry

and

radiation

chemistry

Fast

reaction

techniques

25%' Assignments

25%

Mid-Tenn

Examination

50%

Final

Examination

K.J. Laidler, Reaction Kinetics,

3rd

ed. (Prentice Hall, 1997)

or

MJ.

Pilling and P.W. Seakins, Reaction Kinetics, 2

nd

ed.

(Oxford,

1996)

or

M.R. Wright, Chemical Kinetics (Wiley, 2004)

or

S.R.

Logan,

Fundamentals

of

Chemical

Kinetics

(Longman,

199~)

CHEM260

---

Detalled

Contents

(Sample)

Empirical

chemical

kinetics:

rate laws, parallel and opposing reactions

[Griller and Ingold: free radical clocks]

[Eigen, Nobel Prize in Chemistry 1967: relaxation techniques]

consecutive

reactions,

intermediates,

steady-state,

chain

reactions,

[pyrolysis,

flames,

explosions]

feedback

and

oscillations

[predator-prey

populations]

Reaction rate theories and reaction dynamics:

collision

theory

potential

energy

surfaces,

transition

state

theory

[Zewai1: Nobel Prize in Chemistry 1999]

kinetic

isotope

effects

unimolecular

reactions,

Lindemann

and

RRK.M

Reactions

in

solution:

diffusion

and

activation

control

solvent,

pressure,

ionic

effects

Catalysis:

homogeneous,e~e,

[Michaelis

&

Menten]

surface

reactions

[Ert!, Nobel Prize in Chemistry 2007]

Photochemistry

excited

states,

fluorescence

quenching,

dye

lasers

flash photolysis [Norrish and Porter, Nobel Prize in Chemistry 1967]

chemiluminescence,

chemical

lasers

[Polanyi: Nobel Prize in Chemistry 1986]

Radiation

chemistry

pulse radiolysis, radiolysis of water, reactions ofH, OH and e-aq

Other

fast

reaction

techniques.

---

FROM Chemistry Program Requirements

Chemistry Major Program

Lower Division Requirements

Students complete 53-54 units, including all of

• CHEM 121-4 General Chemistry and Laboratory I

• CHEM 122-2 General Chemistry II

• CHEM 126-2 General Chemistry Laboratory II

• CHEM 215-4 Introduction to Analytical Chemistry

• CHEM 230-3 Inorganic Chemistry

• CHEM 236W -3 Inorganic Chemistry Laboratory

• CHEM 260-4 Atoms, Molecules, Spectroscopy

• CHEM 281-4 Organic Chemistry I

• CHEM 282-2 Organic Chemistry II

• CHEM 286-2 Organic Chemistry Laboratory II

• MATH 152-3 Calculus II

• MATH 232-3 Applied Linear Algebra

• MATH 251-3 Calculus III

• MBB 222-3 Molecular Biology and Biochemistry

and one of

• MATH 150-4 Calculus I with Review

• MATH 151-3 Calculus I

and all of

• PHYS 120-3 Mechanics and Modem Physics

• PHYS 121-3 Optics, Electricity and Magnetism

• PHYS 131-2 Physics Laboratory I

or all of

• PHYS 125-3 Mechanics and Special Relativity

• PHYS 126-3 Electricity, Magnetism and Light

• PHYS 131-2 Physics Laboratory I

or both of

• PHYS 140-4 Studio Physics - Mechanics and Modem Physics

• PHYS 141-4 Studio Physics - Optics, Electricity and Magnetism

---

Upper Division Requirements

Students complete 28 units, including all of

• CHEM 316-4 Introductory Instrumental Analysis

• CHEM 332-3 The Chemistry of Transition Metals

• CHEM 336-2 Advanced Inorganic Chemistry Laboratory

• CHEM 360-3 Thermodynamics and Chemical Kinetics

• CHEM 366W -3 Physical Chemistry Laboratory

• CHEM 380-4 Chemical and Instrumental Methods ofIdentification of Organic

Compounds

and an additional nine units of upper division credit in CHEM, MBB or NUSC courses,

including at least six units of 400 division CHEM courses.

Electives

In addition to the above, students complete 38-39 elective units, including

• courses chosen to fulfil the WOB requirements

• upper division courses chosen from any faculty (but excluding EOUe 401-407) to total a

minimum of 44 upper division units

• electives at any division from any faculty to provide 120 units

as

is required for the

degree.

Specialization

in

physical

or

theoretical

chemistry

requires

more

mathematics

and

physics

courses than specified above, and a computer programming course.

Chemistry Honours Program

Department of Chemistry

I

Faculty o/Science

Simon

Fraser

University

Calendar

2010-2011

Program

Requirements

Mathematics and physics courses should be completed as early

as

possible.

For an example of a typical program schedule, visit

http://www.chemistry.sfu.ca/teaching/undergrads

Lower Division Requirements

Students complete 59-60 units, including all of

---

• CHEM 121-4 General Chemistry and Laboratory I

• CHEM 122-2 General Chemistry II

• CHEM 126-2 General Chemistry Laboratory II

• CHEM 215-4 Introduction to Analytical Chemistry

• CHEM 230-3 Inorganic Chemistry

• CHEM 236W -3 Inorganic Chemistry Laboratory

• CHEM 260-4 Atoms, Molecules, Spectroscopy

• CHEM 281-4 Organic Chemistry I

• CHEM 282-2 Organic Chemistry n

• CHEM 286-2 Organic Chemistry Laboratory II

• MATH 152-3 Calculus II

• MATH 232-3 Applied Linear Algebra

• MATH 251-3 Calculus In

• MBB 222.3 Molecular Biology and Biochemistry

• PHYS 211-3 Intermediate Mechanics

• PHYS 231-3 Physics Laboratory II

and one of

• MATH 150-4 Calculus I with Review

• MATH 151-3 Calculus I

and all of

• PHYS 120-3 Mechanics and Modem Physics

• PHYS 121.3 Optics, Electricity and Magnetism

• PHYS 131-2 Physics Laboratory I

or all of

• PHYS 125-3 Mechanics and Special Relativity

• PHYS 126-3 Electricity, Magnetism and Light

• PHYS 131-2 Physics Laboratory I

or both of

• PHYS 140-4 Studio Physics - Mechanics and Modem Physics

•

PHYS 141-4 Studio Physics - Optics, Electricity and Magnetism

Upper Division Requirements

Students complete 48 units, including all of

• CHEM 316-4 Introductory Instrumental Analysis

• CHEM 332-3 The Chemistry of Transition Metals

• CHEM 336-2 Advanced Inorganic Chemistry Laboratory

---

• CHEM 360-3 Thennodynamics and Chemical Kinetics

• CHEM 366W -3 Physical Chemistry Laboratory

• CHEM 380-4 Chemical and Instrumental Methods of Identification of Organic

Compounds

• CHEM 481-5 Undergraduate Research

• NUSC 341-3 Introduction to Radiochemistry

and one of

• CHEM 460-3 Advanced Physical Chemistry

• CHEM 464-3 Quantum Chemistry

and an additional 18 upper division units in CHEM, MBB or NUSC courses, including at least

nine units of 400 division CHEM courses.

Electives

In addition to the above, students complete 24-25 elective units, including

• courses chosen to fulfil the WQB requirements

• upper division courses from any faculty (excluding EDUC 401-407) to total a minimum

of 60 upper division units.

• electives at any division from any faculty to provide the minimum 132 units for the

honours

Those specializing in physical or theoretical chemistry should complete more mathematics

courses than specified above and a course in computer programming.

---

TO Chemistry Program Requirements

Chemistry Major Program

Lower Division Requirements

Students complete 56-57 units, including all of

• CHEM 121-4 General Chemistry and Laboratory I

• CHEM 122-2 General Chemistry

n

• CHEM 126-2 General Chemistry Laboratory

II

• CHEM 215-4 Introduction to Analytical Chemistry

• CHEM 230-3 Inorganic Chemistry

• CHEM 236W -3 Inorganic Chemistry Laboratory

• CHEM 260-4 Atoms, Molecules, Spectroscopy

• CHEM 266-2 Physical Chemistry Laboratory

I

• CHEM 281-4 Organic Chemistry

I

• CHSM 282 2 OrgaRie Chemistry II

• CHEM 283-3 Organic Chemistry

fib

• CHEM 286-2 Organic Chemistry Laboratory

II

• MATH 152-3 Calculus II

• MATH 232-3 Applied Linear Algebra

• MATH 251-3 Calculus III

• MBB 222-3 Molecular Biology and Biochemistry

and one of

• MATH 150-4 Calculus I

with

Review

• MATH 151-3 Calculus I

and all of

• PHYS 120-3 Mechanics and Modem Physics

• PHYS 121-3 Optics, Electricity and Magnetism

• PHYS 131-2 Physics Laboratory I

or all of

• PHYS 125-3 Mechanics and Special Relativity

• PHYS 126-3 Electricity, Magnetism and Light

---

• PHYS 131-2 Physics Laboratory I

or both of

• PHYS 140-4 Studio Physics - Mechanics and Modem Physics

•

PHYS 141-4 Studio Physics - Optics. Electricity and Magnetism

Upper Division Requirements

Students complete 34 units. including all of

• CHEM 316-4 Introductory Instrumental Analysis

• CHEM 332-3 The Chemistry of Transition Metals

• CHEM 336-2 Advanced Inorganic Chemistry Laboratory

• CHEM 360-3 Thermodynamics and Chemical Kinetics

• CHEM 366W -3 Physical Chemistry Laboratory

II

• CHEM 380-4 Chemical and Instrumental Methods of Identification of Organic

Compounds

and an additional fifteen units of upper division credit in CHEM, MBB or NUSC courses (max 3

MBB and 3 NUSC). including at least six units of 400 division CHEM courses.

Electives

In

addition to the above, students complete 29-30 elective units, including

• courses chosen to fulfil the WOS requirements

• upper division courses chosen from any faculty (but excluding EDUC 401-407) to total a

minimum of 44 upper division units

• electives at any division from any faculty to provide 120 units as is required for the

degree.

Specialization in physical or theoretical chemistry requires more mathematics and physics

courses than specified above, and a computer programming course.

Chemistry Honours Program

Department o/Chemistry

I

Faculty o/Science

Simon Fraser University Calendar

2010-2011

---

Program

Requirements

Mathematics and physics courses should be completed as early as possible.

For an example of a typical program schedule, visit

http://www.chemistt:y.sfu.calteachinglundergrads

Lower Division Requirements

Students complete 62-63 units, including all of

• CHEM 121-4 General Chemistry and Laboratory

I

• CHEM 122-2 General Chemistry

II

• CHEM 126-2 General Chemistry Laboratory

II

• CHEM 215-4 Introduction to Analytical Chemistry

• CHEM 230-3 Inorganic Chemistry

• CHEM 236W -3 Inorganic Chemistry Laboratory

• CHEM 260-4 Atoms, Molecules, Spectroscopy

• CHEM 266-2 Physical Chemistry Laboratory

I

• CHEM 281-4 Organic Chemistry

I

• CHSM 282 2 Qrgenie Chemistry II

• CHEM 283-3 Organic Chemistry lib

•

CHEM 286-2 Organic Chemistry Laboratory

II

• MATH 152-3 Calculus

II

• MATH 232-3 Applied Linear Algebra

• MA 111 251-3 Calculus III

• MBB 222-3 Molecular Biology and Biochemistry

• PHYS 211-3 Intermediate Mechanics

• PHYS 231-3 Physics Laboratory

II

and one of

• MATH 150-4 Calculus

I

with Review

• MATH 151-3 Calculus

I

and all of

• PHYS 120-3 Mechanics and Modem Physics

•

PHYS 121-3 Optics, Electricity and Magnetism

• PHYS 131-2 Physics Laboratory I

or

all of

• PHYS 125-3 Mechanics and Special Relativity

• PHYS 126-3 Electricity, Magnetism and Light

• PHYS 131-2 Physics Laboratory I

---

or both of

• PHYS 140-4 Studio Physics - Mechanics and Modern Physics

•

PHYS 141-4 Studio Physics - Optics, Electricity and Magnetism

Upper Division Requirements

Students complete 48 units, including all of

• CHEM 316-4 Introductory Instrumental Analysis

• CHEM 332-3 The Chemistry of Transition Metals

• CHEM 336-2 Advanced Inorganic Chemistry Laboratory

• CHEM 360-3 Thermodynamics and Chemical Kinetics

• CHEM 366W -3 Physical Chemistry Laboratory

n

• CHEM 380-4 Chemical and Instrumental Methods of Identification of Organic

Compounds

• CHEM 481-5 Undergraduate Research

• NUSC 341-3 Introduction to Radiochemistry

and one of

• CHEM 460-3 Advanced Physical Chemistry

• CHEM 464-3 Quantum Chemistry

and an additional 18 upper division units in CHEM, MBB or NUSC courses, including at least

nine units of 400 division CHEM courses.

Electives

In addition to the above, students complete 21-22 elective units, including

• courses chosen to fulfill the WOB requirements

• upper division courses from any faculty (excluding EDUC 401-407) to total a minimum

of 60 upper division units.

• electives at any division from any faculty to provide the minimum 132 units for the

honours

Those specializing in physical or theoretical chemistry should complete more mathematics

courses than specified above and a course in computer programming.

---

S

I

MO

N

FRA

SE

R

UN

I

VE

R

S

I

TY

C

our

se C

h

n

n

ge F

orm

E

xisting

Cnurse Numberrr;tl.::

C

H

E!\

'

I

366W.3

I

~

h

ysic:l

l

C

h

e

mi

s

tr

y Lnbo

r

!l

l

o

r

y

I

I'

lease chec

k

apprOpri!llc

rc\

.

jsion(s) being

r~comm~ndcd

:

C

o

urse

Number

.

____

_

Credit Hour

____

_

Description:

I'tt"requisi

l

c

:

__

-,V,--_

Ven

o

r:

From

:

'I

i

l

le

Experiments

in Ih

cn

n

o

dynamic

s

.

chem

ical

kinetics. electrochemistry

:md

:ll

o

n1ll

::

and

molecular

s

t

nlc

lu

rc.

Pr

ereq

ui

s

it

es: C

J-I

EM

2

60

Corcquis

itc

s:

C

H

EM

360

To

:

C

H

E

M

366

W

-J

Ph

ysica

l

Che

m

i

s

l

r),

l:Jb

ora

wr

y

I

I

(

S

IIMl til

l

e

r

O

I

'

I

-

r

n

n

sc

r

i

p

l

;

I'h

)'

s

C

h

c

ll1

Ln

b II

)

AdVAnced

ex

perimental method

s

i

n

the

rm

odynamic

s

. c

he

mica

l

ki

n

e

ti

cs.

c

l

cctrochl.'mi

s

lry

nu

d

atom

i

c

a

n

d

m

o

le

cu

l

ar

struc

tu

re.

Prerequi

s

i

te

s:

e

ll

EM

266.

Co

rcqui

s

ilc

S:

C

HEM

360

R

:

II;nnah

:

:

The

li

ll

e

.

de

sc

r

i

p

t

ion and

pr

e

requi

s

it

e

ne

ed

t

o

be updnlcd 10

lake

accou

nt

ofth

c

prop

o

s

ed

introduction o

r

C

H

EM

266,

whi

ch

would rcpresent

the firsl

course

in

experimental

phys

i

c

al

chem

i

s

try

.

Does this

course

duplicate the

c

omcn! of a prel

'

iously approved cou!>c

10

s

uch :m

e

"

~lem

1

h:

n

S

lUu

...

ut

~

should nOI

tcec:i~

'

C:

credil

(or

both

cou~

.

I

f so" please

s

peci

f

y

No.

Effwi,

"

c da

l

e

:

cont

i

ngent on

a

p

p

r

ov31

or

C

H

EM

266

A

p

p

r

o'

"

I

II

!

-----:>

~

Clul

•

•

lk,.,."rn~nIlS

c

.. ",,1

H,,-vf..

1.'7

,

2

"

)4

DUle

Ch

~".

seus

II

"

",

.

---

S

I

M

O

N

FRA

SE

R

UN

IV

E

R

S

lTV

Co

ur

se C

han

ge

form

E"I:isl

ill

ll

Cou

r

s~ NUlllb~rrri

llc

:

C

I-I

E

M

367-2

Ph

ys

ic

a

l

C

h

e

mi

s

tr

y

Lab

o

r

ato

r

y

11

Plcil.'iC check appropriate rcvision(

s)

bei

n

g recommended

:

Course

Number

:

_

_

_

_

_

Cr

~

diliio

u

r

;

____ _

[)cscri~lion:

Prerequisite

:

____

_

From:

Co

ntinu

es

CHEM 366.

Prerequisite

:

C

HEM

366

To:

C

H

EM 367

-

2 A

dv

a

n

ce

d Ph

ysica

l

C

h

em

i

s

t

ry La

b

o

r

a

t

ory

S

hort

titl

e

f

o

r

tra

n

sc

rip

t:

A

dv P

h

ys C

h

e

m Lab

Advanced

exper

i

mcnw!m

c

lh

ods in

physical

chemi

s

t

ry.

Prerequis

i

tes: Cl

-

IEM

366

l

b

li

OIlJic

:

Title:

Vector: _

___

_

The litle and des

c

ripti

o

n

need \0 be

updated 10

lake accoun

t

of

the

proposed imroJuclion

o

fCHEM 266,

and corresponding

tit

le

chan

g

e

ofCHEM

366, w

hich

would then

represent

lh

e secon

d physical chemi

s

t

ry

laboratory.

Does

tb

is

CalirsC

duplicmc

Ihe

co

nten

t of n

previously

~pprovcd

COllrsc to

s

tich

an

c:\t~llt

tha

t

s

tul.kllt

s

shou

l

d

not

r~ccive

credit fo

r

bo

th

courses.

I

f

so,

plcnsc

spe

c

i

fy.

No.

ElTcctivCIi3IC:

c

ontin

gc

t1l

on approval

orC

H

EM

2

66

<-

f$

-'fP

C

ha

ir

,

DcpartmcnUSchuo

i

........

ChJir

.

F

a

. h

C~rri

,

uiultl

Cmnm;llcc

Ch~

;

r

,

scu

s

Uv

....

} ..

1-

7,

2-"1{

Date

---

F

ACU

I.

TY

Sc:rEN

CI

~

saRlI

Um,.c .. u

)

.

\

)"H.

II

WlUh<. I

I<:

C.no,

b

V)

,

\ 1

:'6

r.lEI.IORAI'OUI~

A

TIamotl

IItM

~blhc\\""'.

(

h

:

u,.F

n,,!!}.

"r

Soc

nC

c C

"m

e,,

\,,'"

I;,.mn'ntcc

FROM

D.n

icl

l

..c,,,,,

H.

Qui,

.

Un.L~'I\

.. .Lu.11C

Sru.L,~

j

Crun"""cc

11

\

1.

n

8

.7

81

.

.ffi8i

I

..

U

; 77

8

.

7

8LliG;

P

AGE!!

1

/1

,11""n"

i

!

f" _

I

u c

.

"

.........

. (

h,

.

"

".

",

. ,i

"

u

RE:

Nc'"

Chc

m

ilU")

'

,,,url<: •

.

eh .. \!;". 10

Ih

.

I.:h,

.

"",,'1.

)<'101

"

..

/

1

1<

,

,,

0,,,"

\'"~I~'''

~n.L d~nfl

c,

,,,"\

.oj II,..

I'h!

.

,

,

<

At i

t

s

meeting

on

Feb

.

21, 20

I

I

t

he depanment

or Chem

ist

ry

approved a

s

erie

s

of

lIel

l

c

ourses :lIId

changes to

the

C

hemi

s

try

Maj

ors/

Hon

o

ur

s

pr

ogr:lIn

.

a

s

outlined in

th

e nttached

d

ocument

s.

A

change to

the

P

hy

s

Ics

n:quireillellts (or

th

e

C

hemi

stry

M

ajors p

r

ogr;

lnl

was al

so :1pp

r

O

I

'

eli

ill a preVlOll

S

meeting

a

nd.

in cons

ultati

o

n

with

Ph

ys

i

cs

(sec al1;1c

h

ed

documcnt

)

.

the foll

owing new additional

paragmph

is

prop

ose

d

.

The proposed

p

amgr

aph

would

be added to

t

h

e

sect

i

o

n

h

e

:lded

"Studems

Int

cnding

t

o

Spccinliz

c

in Chemi

s

try".

be\lI'cen

th

e

t

wo cxis

ting

p3.ragraph

s

.

Arldition

:

Student

s

ar

c cn

c

ourn

g

cd

to

c

om

pletc